Climate-Smart Water Resource Management: A Paradigm Shift from Ancient to Modern Practices with Integrated Technologies

A concise exploration of how climate-smart water resource management has evolved from ancient irrigation wisdom to cutting, edge modern technologies. This book traces a paradigm shift-from traditional practices that harmonized with local climates to data-driven, integrated solutions that optimize supply, demand, and resilience in the face of climate variability. It blends historical case studies with contemporary innovations such as sensors, automation, AI-driven analytics, and sustainable policy frameworks. Readers gain practical insights into designing adaptive, resilient water systems that protect ecosystems, support communities, and ensure water security for the future.

• Defines climate-smart water management (CSWM) and its core principles: resilience, efficiency, adaptability, and sustainability.
• Emphasizes a shift from traditional, siloed approaches to integrated, systems-based thinking.
• Combines hydrology, hydraulics, ecology, economics, governance, and social sciences.